510-93-179-18-117003

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Sockets for ICs, Transistors

A 510-93-179-18-117003 socket, also known as an integrated circuit (IC) socket, is a mechanical device designed to support and provide physical reinforcement for an IC or transistor. It is also used in the electrical design of an electronic system as both a physical interface between a printed circuit board (PCB), other surface-mount technology (SMT) components, and a physical layer that provides access to the components for servicing, testing, and debugging.

The 510-93-179-18-117003 socket is typically composed of an insulative base plate, contact pins, and some form of mechanical securing system. The base plate usually supports multiple mounting holes, which helps make the socket easy to mount to a PCB. To ensure a secure connection, the contact pins are made from a metal such as brass or nickel, and the mechanical securing system may include a spring clip, side clips, or a top-lock lever.

This broad range of components provides flexibility in design, testing, and servicing of electronics systems. For example, a socket allows for an IC to be changed without soldering, giving engineers the ability to quickly swap out components. This, in turn, enables prototyping for in-processor applications or other tests where data is collected or code is modified.

Alongside flexibility, a 510-93-179-18-117003 socket provides for a secure, low-resistance connection. To make this easier, contact pin designs can be customized off-the-shelf to fit any socket type or board layout, and most manufacturers offer a variety of layouts and design options. The type of contact pin employed in a socket is dependent on the specific application, with spring and machined power pins typically used for power sockets, and spring and machined signal pins typically used for signal sockets. A variety of high-performance materials, such as gold, silver, stainless steel, and others, can also be used for contact pins.

A dependable connection between the IC and socket is ensured by offering a range of contact force options as well. Here, manufacturers are able to provide contact force of up to 10N, 15N, or 20N per pin, as well as contact force ro set from 0 to 5N, 10N, and 15N. Additionally, springs can be customized to the target 10N, 15N, or 20N contact force.

The 510-93-179-18-117003 socket works by providing a quick, easy and reliable way to connect an electronic component to a circuit board, a module, or an IC. Electrical signals are passed through the socket from the device to the wire or board in order to power the device and complete the circuit. This allows for the device to be serviced or tested. The socket provides a secure physical connection and is often used in a variety of applications, such as automotive, industrial, medical, and consumer electronics.

In conclusion, the 510-93-179-18-117003 socket offers the flexibility, low-resistance connection, and mechanical security required for a variety of applications, such as prototyping, testing, and servicing. Its broad range of components, including contact pins, mounting holes, and mechanical securing systems, makes it an ideal choice for use in electronics systems. Additionally, its simple design and range of contact force options ensure that the connection between the IC and socket is dependable and reliable.

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